STATEMENT-1 : The shortest distance between the skew lines `(x+3)/-4=(y-6)/3=\z/2 and (x+2)/-4=y/1=(z-7)/1` is 9. and STATEMENT-2 : Two lines are skew lines if there doesn't exist a plane passing through them.

The shortest distance between the lines (x-1)/2= (y-1)/3=(z+2)/6and (x-2)/4=(y+1)/1=(z-3)/7

Assertion: The shortest distance between the skew lines (x+3)/(-4)=(y-6)/3=z/2 and (x+2)/(-4)=y/1=(z-7)/1 is 9., Reason: Two lines are skew lines if there exists no plane passing through them. (A) Both A and R are true and R is the correct explanation of A (B) Both A and R are true R is not te correct explanation of A (C) A is true but R is false. (D) A is false but R is true.

Assertion: The shortest distance between the skew lines (x+3)/(-4)=(y-6)/3=z/2 and (x+2)/(-4)=y/1=(z-7)/1 is 9., Reason: Two lines are skew lines if there exists no plane passing through them. (A) Both A and R are true and R is the correct explanation of A (B) Both A and R are true R is not te correct explanation of A (C) A is true but R is false. (D) A is false but R is true.

The shortest distance between the lines (x-3)/3=(y-8)/(-1)=(z-3)/1 and (x+3)/(-3)=(y+7)/2=(z-6)/4 is

Find the shortest distance between the lines (x-1)/2=(y-2)/4=(z-3)/7 and (x-1)/4=(y-2)/5=(z-3)/7

Find the shortest distance between the lines (x-1)/2=(y-2)/4=(z-3)/7 and (x-1)/4=(y-2)/5=(z-3)/7

Find the shortest distance between the lines : (x+1)/5=(y+1)/-6=(z+1)/2 and (x-3)/4=(y-5)/-2=(z-7)/1 .

Find the shortest distance between the lines (x+3)/(-4) =(y-6)/(3)=(z)/(2) " and " (x+2)/(-4) =(y)/(1)=(z-7)/(1)

Find the shortest distance between the lines (x+3)/(-4) =(y-6)/(3)=(z)/(2) " and " (x+2)/(-4) =(y)/(1)=(z-7)/(1)

Find the shortest distance between the lines ((x+1)/4=(y-3)/-6=(z+1)/1 and (x+3)/3=(y-5)/2=(z-7)/6